https://cis-linux1.temple.edu/~tug29203/25fall-2033/lectures/ch1-1.pdf
To stress the point of switching, consider a generalization of the problem: suppose there are 10 000 doors, behind one is a car and behind the rest, goats. After you make your choice, the host will open 9998 doors with goats, and offers you the option to switch. To change or not to change, that’s the question!
https://law.temple.edu/aer/publication/trial-advocacy-basics-3rd-edition-nita/
March 16, 2022 In December 2016, when reviewing the second edition of BASIC TRIAL ADVOCACY, I wrote the following: NITA – the National Institute for Trial Advocacy – deserves great credit for providing [advocacy lessons] in a concise, reader-friendly form in TRIAL ADVOCACY BASICS (NITA, 2016) by Molly Townes O’Brien and Gary S. Gildin. BASICS is an effective resource, whether the reader ...
http://www.cnc.temple.edu/
The Center for Networked Computing (CNC), a university research center focused on network technology and its applications, was founded in 2010. Its missions are to advance the development of network technology and its applications by combining resource of government, industry, and academia and to train students who will be ready to join industry and academia. CNC is engaged in the following ...
https://cis-linux1.temple.edu/~tug29203/25fall-2033/lectures/ch2.pdf
Choose r objects in succession from a population of n distinct objects fa1; a1; ; ang, in such a way that an object once chosen is removed from the population Then we again get an ordered sample, but now there are n - 1 objects left after the rst choice, n - 2 objects left after the second choice, and so on.
https://engineering.temple.edu/
Learn about the resources and the student experience that awaits you.
https://cis.temple.edu/~wu/research/publications/Publication_files/Social-Aware%20DT-Assisted%20Service%20Provisioning%20in%20Serverless%20Edge%20Computing.pdf
Social-Aware DT-Assisted Service Provisioning in Serverless Edge Computing Jing Li†, Jianping Wang†, Weifa Liang†, Jie Wu¶, Quan Chen§, and Zichuan Xu$ † Department of Computer Science, City University of Hong Kong, Hong Kong, P. R. China ¶ Department of Computer and Information Sciences, Temple University, Philadelphia, USA
https://cis.temple.edu/~jiewu/teaching/Spring%202013/01-savvides-localization-wireless-sensor-networks-fine-grained.pdf
Abstract— Wireless communication systems have become increasingly common because of advances in radio and embedded system technologies. In recent years, a new class of applications that networks these wireless de-vices together is evolving. A representative of this class that has received considerable attention from the research community is the wireless sensor network. Such a sensor ...
https://news.temple.edu/news/2024-09-20/flappy-bird-return-after-10-year-hiatus-true-story-behind-world-s-most-viral-mobile
Temple University film and media arts faculty member Thomas Sharpe discusses the rise, fall and 2025 return of Flappy Bird, the world’s most viral mobile game.
https://scholarshare.temple.edu/bitstreams/1c1f1a6d-0f34-4234-8b39-41d9eeb397f0/download
of machine learning (ML) versus a traditional statistical model in predicting dental caries in
https://cis.temple.edu/~jiewu/research/publications/Publication_files/Distributed_Deep_Multi-Agent_Reinforcement_Learning_for_Cooperative_Edge_Caching_in_Internet-of-Vehicles.pdf
Abstract—Edge caching is a promising approach to reduce duplicate content transmission in Internet-of-Vehicles (IoVs). Sev-eral Reinforcement Learning (RL) based edge caching methods have been proposed to improve the resource utilization and reduce the backhaul trafic load. However, they only obtain the local sub-optimal solution, as they neglect the influence from environments by other ...